Introduction
Doctoral education is an essential part of the educational process. However, this may vary depending on the field of study. Especially popular presently is doctoral education in the technological field. The research explores its support for Ph.D. candidates, as this sphere has become prominent in recent years. The doctoral education in the technological sphere should be thoroughly examined to identify areas that require improvement, as well as training programs that should be implemented for advanced-stage doctoral students.
Aspects of Doctoral Education
There is a need to support doctoral students in their research and methodologies. Despite the availability of various resources, a lack of support remains. The research conducted among doctoral students showed that students need a new program and open education resources, as they face difficulties with researching and writing skills during their studies (Nicolaou et al., 2020). Additionally, the article suggested implementing a program to develop the practical skills necessary for doctoral students to succeed in this field.
Moreover, the issue of a lack of support during advanced studies arose. It was found that doctoral students who continued their education and achieved advanced levels experienced difficulties with the support and availability of training programs (Nicolaou et al., 2020). The article suggests implementing a new program that could improve and innovate European doctoral education.
Additionally, the changing educational environment in doctoral education within the technological sphere was noted. It was found that the career goals of Ph.D. students are changing, which affects the training programs (Sherman et al., 2021). For instance, students often opt for research or non-academic careers. This might be explained by the lack of training programs that can help students acquire advanced skills in the technological sphere. In this case, doctoral education in the technological sphere has a significant impact on students preferences.
If education in the sphere of technology is improved, then students will be more likely to choose academic careers and enhance their qualifications. Additionally, doctoral education involves interaction between a student and a faculty advisor. In this case, if such communication is not developed or is not prevalent, the issue of further doctoral education might arise.
Lastly, studying different skills is needed, especially for doctoral education in the technological sphere. One issue that doctoral education lacks is the resources to teach students soft skills. Although technological education requires a strong foundation in the subject, it is also essential to develop soft skills.
In this case, doctoral education should not only focus on advanced knowledge of the subject but also on developing other relevant skills (Valeeva et al., 2021). It was already mentioned that a doctor’s degree includes gaining in-depth knowledge of the subject, but a lack of support is evident. That is why programs like Erasmus+ can be utilized. As a result, students would be able to gain new experiences and knowledge, communicate with colleagues from different countries, and acquire the necessary skills and support. There are also various programs implemented in doctoral education that support students, but there is a need to expand them.
Conclude
To conclude, doctoral education in the technological sphere is an essential part of students learning process. This education aims to enhance a person’s specific knowledge and improve their qualification to an advanced level. However, significant issues are apparent, including a lack of support and access to necessary resources. In this case, it is essential to enhance doctoral education by implementing training programs that provide students with the necessary support and resources to facilitate their educational process.
References
Nicolaou, A., Soule, M. V., Athanasiou, A., KakoulliConstantinou, E., Parmaxi, A., Fominykh, M. & Wild, F. (2023). Doctoral education in Technology-Enhanced Learning: the perspective of PhD candidates and researchers. In International Conference on Human-Computer Interaction (pp. 333-348). Cham: Springer Nature Switzerland.
Sherman, D. K., Ortosky, L., Leong, S., Kello, C., & Hegarty, M. (2021). The changing landscape of doctoral education in science, technology, engineering, and mathematics: PhD students, faculty advisors, and preferences for varied career options. Frontiers in Psychology, 12, 711615.
Valeeva, E., Ziyatdinova, J., & Galeeva, F. (2020). Development of soft skills by doctoral students. In The Impact of the 4th Industrial Revolution on Engineering Education: Proceedings of the 22nd International Conference on Interactive Collaborative Learning (ICL2019)–Volume 2(22) (pp. 159-168). Springer International Publishing.